FINAL EXAM STUDY GUIDE
ACCURATE QUESTIONS WITH
CORRECT DETAILED ANSWERS |
GUARANTEED PASS RECENT
VERSION
1. Reliability Engineering Maintenance (REM) - ANSWER This is the starting
point for the Uptime Elements system and is the most important domain
because it is the ONLY ONE that can reduce failures.
2. Reliability Program - ANSWER Each Task should be aimed at:Prevention
of failure cause;
Prediction of a potential failure cause;
Meeting regulation or legal requirement.
3. Reliability Engineering for Maintenance - ANSWER 1- Inform, educate,
enlighten leadership and team members.
2- Create a leadership line of sight from the top management to plant floor
regarding value, criticality, reliability and risk.
3- Direct your asset condition management and work management tasks and
decisions.
4- Align functional vertical silos and stakeholders who can enable or disable
reliability.
, 4. Asset Condition Asset Management (ACM) - ANSWER Three key
principles used in this domain.
1- ACM reduce/eliminate defects from entering the organization through
the application of precision lubrication techniques, precision
alignment techniques and precision balancing.
2- ACM utilizes condition monitoring technologies and non-destructive
testing to provide early detection of possible failure modes to optimize
planning, scheduling and material requirements.
3- It also includes an united system for the information management and
decision support related to managing the condition or health of
equipment and assets.
5. Work Execution Management (WEM) 1 - ANSWER This domain guides
organizations with the processes and tools they need to execute and manage
work efficiently and effectively as a new maintenance tasks and MRO spare
parts requirements begin to flow in from their REM domain.
6. Work Execution Management (WEM) 2 - ANSWER One of the most
powerful concepts included in the WEM domain is the use of empowered,
cross-fucntional defect elimination teams to reduce the flow of defects into
the system.
7. Work Execution Management (WEM) Defects - ANSWER Defects from
quality of material, including poor quality parts and the way parts are stored
or handled.
Defects from workmanship caused by poor procedures lack of training and skill
gaps.
Defects from failure events
Defects from design, such as equipment design that does not fit the current
needs of the business.
Defects from operations or the way the equipment/assets is operated.